Meeting Banner
Abstract #0683

MR-Guided Robotic Surgery

Garnette R. Sutherland1

1Foothills Hospital, Calgary, AB, Canada

Most of the changes in tissue microstructure caused by pathology result in altering physico-chemical environment of water protons and therefore affect its MR properties. Using MRI to reveal structural characteristics of tissue microstructure requires complex methods of data acquisition and analysis. Evaluation of tissue microstructure has been more successful in tissues with relatively simple structure which exhibit complex MR behaviour (blood, cartilage and white matter). There has been however some moderate success in evaluating tissue microstructure in more biologically complex systems. It has to be noted however, that such studies require independent validation of applied methodology using quantitative histopathology.

Keywords

ability access accessing advances advantage array audio cellular centralizes closed combine community compatible components configuration contained contemporary contrast control convert creation dexterous digitized dimension enables enabling evaluate evolution extent field fully furthermore fuses generally global guide guided hand human immediate improve improved initially inside interrupted investigators knowledge lesion localization magnet magnets manipulators many material miniaturization molecular must noise occur offers ongoing open operating organ outside paradigm patient possibility potential process produced rather relatively remote resection rich robotic robots room science scope senses serendipitously several simultaneously surgeon surgery surgical system systems tactile take technology towards translated upon utilize visual workstation